Sphingomonas - Globe Thesis

Keyword [Sphingomonas] Result: 41 - 60 \| Page: 3 of 4
41.	Multi-omics Evidences For Nonionic Surfactants Influence Phenanthrene Biodegradation By Sphingomonas Sp.GY2B
42.	Study On Microbial Desulfurization Of Waste Rubber
43.	Screening Of Microorganism Through Stereoselective Hydrolysis Of The Intermediate Of HCV NS3A Inhibitor Drugs
44.	Optimization Of 3-phenoxyzoic Acid Degrading-enzyme Production By Sphingomonas Sp. SC-1 And Its Enzyme Immobilization
45.	The Effect And Mechanism On Waste Rubber Desulfurization By Sphingomonas Sp.PL1
46.	Mechanism Of The Strengthening Effect Of Nano Bamboo Charcoal On The Biodegradation Of PAHs
47.	Study On The Development And Production Technology Of High Acyl Gellan Gum
48.	Mechanism Of Biodegradation Of Acetochlor In Maize Rhizosphere By Sphingomonas Sp.DC-6
49.	Identification Of Sphingomonas Sp.Nov.and The Effect Of Formate Dehydrogenase To Antimony Resistance And Oxidation In Comamonas Sp.JL40
50.	Cloning And Expression Of Key Genes Involved In The Degradation Of Carbofuran By Sphingomonas Sp.CDS-1
51.	The Properties Of Microtopography And Proteomics Of Phenanthrene-degrading Strain Sphingomonas Sp GY2B With The Stress Of Erythromycin
52.	Mechanism Of The Effect Of Biosurfactants On The Biodegradation Of Phenanthrene By Bacterial Strain GY2B And F14
53.	Molecular Mechanism Of Phenazine-1-carboxylic Acid Degradation By Sphingomonas Wittichii DP58 And Phenazine Degradation By Sphingbium Yanoikuyae B1
54.	Mechanism Of Montmorillonite-mediated Biodegradation Of Phenanthrene By Sphingomonas Sp.GY2B
55.	Study On The Production Of Welan Gum By Microbial Fermentation
56.	Identification Of Carbofuran Hydrolase Gene And Monooxygenase Monooxygenase Gene In Sphingomonas Sp. CDS-1 Genome
57.	Study On The Welan Gum Fermentation By Sphingomonas Sp.WG
58.	Metabolic Engineering Modification Of Gellan Gum Production Strain And Its Gel Production Performance
59.	Optimization Of Conditoins For Fermentation Of Welan Gum By Using Molasses As Substrate And Its Characteristics
60.	Effects Of Geochemical Factors On Riboflavin Mediated Sphingomonas Sanxanigenens Fixation Of Uranium In Groundwater Sediments
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